Diseño de diques rompeolas con cubípodos from edX

Este es un curso de ingeniería dirigido a profesionales de ingeniería marítima, portuaria y civil. En él se puede aprender a diseñar diques en talud para los estudios de viabilidad de proyectos que incluyan obras marítimas de abrigo, con especial atención al diseño con mantos de cubípodos. Si eres ingeniero civil, marítimo o portuario y quieres diseñar diques rompeolas seguros y funcionales minimizando el coste económico y ambiental, no puedes perderte este curso en línea.

El objetivo del curso es diseñar diques rompeolas que sean seguros y funcionales, con costo ambiental y económico mínimo.

Este MOOC está pensado para los estudios de viabilidad que tratan de identificar unas pocas soluciones de diseño y construcción factibles entre las muchas posibles, para luego desarrollarlas. Para estos estudios de viabilidad, este curso facilita el diseño preliminar de diques rompeolas con mantos monocapa y bicapa de cubípodos.

El curso de ingeniería va dirigido a profesionales de ingeniería marítima, portuaria y civil relacionados con análisis de variantes de obras de abrigo y estudios de viabilidad. Destinado a ingenieros de caminos y otros técnicos habituados a utilizar conceptos y terminología de ingeniería marítima y portuaria; como son: altura de ola significante, periodo de retorno, temporal de cálculo, número de estabilidad, número de Iribarren, espaldón, huella energética y otros.

El contenido del MOOC está organizado en 7 módulos, cada uno de los cuales corresponden a un capítulo Cubipod® Manual 2016, libro que, junto con el Manual del Cubípodo® 2015, utilizaremos como referencia para el seguimiento del curso.

What you'll learn

Las características principales de los diques en talud en general y de los mantos de cubípodos en particular
Los conceptos fundamentales que hay que tener en consideración para el estudio de alternativas y evaluación de costes, con especial atención al uso de cubípodos en la protección de diques rompeolas
A estimar la estabilidad hidráulica de los mantos monocapa y bicapa de cubípodos, el remonte, rebase, fuerzas sobre el espaldón y coronación de este tipo de diques
A evaluar la integridad estructural de los cubípodos, los procesos de fabricación, manipulación, acopio y colocación en obra
Las pautas para pre-diseñar un dique rompeolas con manto de cubípodos

What's inside

Learning objectives

Las características principales de los diques en talud en general y de los mantos de cubípodos en particular
Los conceptos fundamentales que hay que tener en consideración para el estudio de alternativas y evaluación de costes, con especial atención al uso de cubípodos en la protección de diques rompeolas
A estimar la estabilidad hidráulica de los mantos monocapa y bicapa de cubípodos, el remonte, rebase, fuerzas sobre el espaldón y coronación de este tipo de diques

A evaluar la integridad estructural de los cubípodos, los procesos de fabricación, manipulación, acopio y colocación en obra
Las pautas para pre-diseñar un dique rompeolas con manto de cubípodos

Las características principales de los diques en talud en general y de los mantos de cubípodos en particular
Los conceptos fundamentales que hay que tener en consideración para el estudio de alternativas y evaluación de costes, con especial atención al uso de cubípodos en la protección de diques rompeolas
A estimar la estabilidad hidráulica de los mantos monocapa y bicapa de cubípodos, el remonte, rebase, fuerzas sobre el espaldón y coronación de este tipo de diques
A evaluar la integridad estructural de los cubípodos, los procesos de fabricación, manipulación, acopio y colocación en obra
Las pautas para pre-diseñar un dique rompeolas con manto de cubípodos

Syllabus

Introducción

Estabilidad hidráulica del manto principal

Rebase y fuerzas en el espaldón

Integridad estructural de los cubípodos

Manipulación y acopio de los cubípodos

Colocación de cubípodos en el manto

Aplicación. Diseño preliminar de un dique en talud

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Explores stability with cubípodos, which is in everyday use in civil engineering

Taught by María Esther Gómez-Martín and Josep Ramón Medina Folgado, who are recognized for their work with cubípodos

Covers fundamental concepts for studying alternatives and cost evaluation

Develops estimation of hydraulic stability, wave overtopping, and forces on the berm

Examines the structural integrity of cubípodos

Evaluates process of cubípodo production

Provides guidelines for preliminary design of a cubípodo breakwater

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Diseño de diques rompeolas con cubípodos with these activities:

Organizar y repasar los materiales del curso

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Mejorará su retención y comprensión del contenido del curso.

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Revisar las notas de las clases y las lecturas asignadas.
Completar ejercicios y cuestionarios para reforzar su comprensión.
Crear resúmenes o mapas mentales para organizar el material.

Review the basics of coastal engineering

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Refreshing your knowledge of coastal engineering will provide a solid foundation for understanding the concepts covered in this course.

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Review your notes or textbooks on coastal engineering.
Solve practice problems related to coastal engineering concepts.
Discuss these concepts with classmates or peers.

Revise concepts of hydraulic stability and structural integrity

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Revisiting the concepts of hydraulic stability and structural integrity will help you better understand the material covered in this course.

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Review notes or textbooks on hydraulic stability and structural integrity.
Solve practice problems related to these concepts.
Discuss these concepts with classmates or peers.

Eight other activities

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Discuss design challenges and solutions with classmates or peers

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Engaging in peer discussions will foster collaboration, exchange of ideas, and deeper understanding of the course material.

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Identify a specific design challenge or topic related to diques rompeolas.
Organize a study group or discussion session with classmates or peers.
Facilitate the discussion, encourage active participation, and share your own perspectives.

Resolver ejercicios de estabilidad hidráulica de mantos monocapa y bicapa de cubípodos

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Fortalecerá su comprensión de los conceptos de estabilidad hidráulica y le permitirá aplicarlos a diferentes escenarios de diseño de diques rompeolas.

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Revisar los conceptos de estabilidad hidráulica presentados en el curso.
Reunir los datos necesarios, como altura de ola significativa, periodo de retorno y número de Iribarren.
Aplicar las ecuaciones y fórmulas proporcionadas en el curso para calcular la estabilidad hidráulica.
Interpretar los resultados y evaluar la estabilidad del manto.

Estimate the stability of cubípodos mantos

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Practicing the estimation of the stability of cubípodos mantos will enhance your understanding and application of the course material.

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Use the formulas and equations provided in the course materials to calculate the stability of cubípodos mantos.
Compare your results with those of classmates or peers.
Seek feedback from the instructor or teaching assistant to improve your understanding.

Explore case studies of diques rompeolas designs

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Examining real-world examples of diques rompeolas designs will provide you with valuable insights and practical knowledge.

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Search for and identify relevant case studies of diques rompeolas designs.
Analyze the designs, considering factors such as location, environmental conditions, and construction techniques.
Discuss your findings with classmates or peers to exchange perspectives.

Diseñar un dique rompeolas preliminar con manto de cubípodos

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Le permitirá aplicar los conocimientos adquiridos en el curso para diseñar un dique rompeolas funcional y seguro.

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Definir los parámetros de diseño, como la altura de ola significativa, el periodo de retorno y el número de estabilidad.
Seleccionar el tipo de manto de cubípodos y determinar sus dimensiones.
Calcular la estabilidad hidráulica y verificar el rebase y las fuerzas sobre el espaldón.
Dibujar una sección transversal del dique rompeolas y detallar las dimensiones y características de los diferentes elementos.

Attend a workshop on diques rompeolas design

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Participating in a workshop will provide you with hands-on experience and the opportunity to interact with experts in the field.

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Identify and register for a relevant workshop on diques rompeolas design.
Attend the workshop and actively participate in the activities.
Engage with experts and fellow participants to exchange knowledge and insights.

Design a dique rompeolas using the knowledge acquired in the course

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Putting your knowledge into practice by designing a dique rompeolas will reinforce your understanding and demonstrate your proficiency.

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Select a suitable location and environmental conditions for your design.
Apply the concepts and techniques covered in the course to design the dique rompeolas.
Present your design to the instructor or teaching assistant for feedback and evaluation.

Contribute to open-source projects related to diques rompeolas design

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Involving yourself in open-source projects will allow you to apply your knowledge, collaborate with others, and contribute to the advancement of the field.

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Identify open-source projects related to diques rompeolas design.
Review the project documentation and identify areas where you can contribute.
Contact the project maintainers to discuss your contributions.

Career center

Learners who complete Diseño de diques rompeolas con cubípodos will develop knowledge and skills that may be useful to these careers:

Civil Engineer

Civil engineers involved in maritime work, such as coastal protection, can use this course to better design safe and environmentally friendly breakwaters using cubipods.

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Coastal Engineer

Coastal engineers can take this course to learn methods for designing breakwaters to protect coastlines from damage and erosion.

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Waterfront Engineer

Waterfront engineering involves the design and building of structures adjacent to bodies of water, including the coastal, marine, and inland environments. This course can assist waterfront engineers by presenting a detailed method for designing and building coastal breakwaters.

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Port Engineer

Port engineers are responsible for the design, construction, and maintenance of ports and harbors. This course can help them understand the design of breakwaters, which are commonly used to protect ports from waves and currents.

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Hydraulic Engineer

Hydraulic engineers can take this course to gain knowledge in designing breakwaters, which are structures built to protect coastlines and other areas from erosion and flooding, by understanding hydraulic stability and forces.

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Geotechnical Engineer

Geotechnical engineers may find this course useful as it covers the evaluation of the structural integrity of cubipods, which are used in breakwater construction.

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Offshore Engineer

Offshore engineers design and maintain structures in the offshore environment, including breakwaters. This course may be of use by providing methods for breakwater design using cubipods.

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Environmental Engineer

Environmental engineers can take this course to understand the environmental impact of breakwaters and how to minimize it. They will also learn about the use of cubipods in breakwater construction, which can have a lower environmental impact than traditional methods.

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Construction Manager

Construction managers can use this course to learn about the construction of breakwaters using cubipods. This knowledge can be applied to the management of construction projects involving breakwaters.

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Project Manager

Project managers involved in the planning and execution of breakwater construction projects may benefit from this course, as it provides methods for breakwater design using cubipods.

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Structural Engineer

Structural engineers can take this course to gain knowledge in designing breakwaters, which are structures built to protect coastlines and other areas from erosion and flooding, by understanding hydraulic stability and forces.

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Mechanical Engineer

Mechanical engineers involved in the design and construction of marine structures, such as breakwaters, may find this course useful. It covers the evaluation of the structural integrity of cubipods.

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Materials Engineer

Materials engineers can take this course to gain knowledge in evaluating the structural integrity of cubipods, which are used in breakwater construction.

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Safety Engineer

Safety engineers may find this course useful as it covers the stability and integrity of breakwaters, which are important for ensuring the safety of coastal areas and structures.

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Quality Assurance Engineer

Quality assurance engineers in the construction industry can take this course to learn about the quality control of breakwaters, which are critical for ensuring the safety and longevity of these structures.

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